Special Cases of Using Visualization Technology for Analyzing the Dynamics of Gaseous Environment: A Recent Study

Abstract

The dynamics of the flow of the gaseous environment were observed and modelled in applied study using a new visualization tool that is provided. A collection of experimental findings was put together to explore the processes of the combustion and explosion of a hydrogen-oxygen mixture, as well as the propagation, action, and interaction of shock waves and gas-dynamic structures, during the process of creating and enhancing the technology. The potential for confirming the computational model of the implemented physical process is demonstrated on the example of data analysis on the dynamics of the development of a vortex ring. The results that have been shown indicate the level of information that was tested using technology.